| ISSN No. : | 2574-4046 |
| Journal Title : | SDRP Journal of Cellular and Molecular Physiology |
| Journal URL : | https://www.siftdesk.org/journal-details/SDRP-Journal-of-Cellular-and-Molecular-Physiology/58 |
| Publisher Name : | Dr. Lois Wofford Harlston |
| Country : | United States |
| Language : | English |
| Discipline : | Multidiciplinary |
| Organization Name : | Sift Desk Journals |
| Frequency : | Quarterly |
| Start Year : | 2014 |
| Journal Description : | Cellular and Molecular Physiology addresses the process by which molecules travel across membranes targeting the following levels: Cellular, molecular and systemic levels with emphasis on active and passive transport. Cellular and Molecular Physiology give an elevated level of emphasis to understanding and forming the foundation for creating the intimate world of structuring the biochemical, cellular and molecular levels of development. A look into the physiological world of amino acids, lipids, proteins and the function of each. As this cellular and molecular community evolves, one finds it necessary to study intensely the conduct of thecell and the molecule world. Example: What signals a cell to respond to an external environment, what causes a molecule not to maintain its consistency in a stable environment. Cellular and Molecular Physiology has a direct impact on how proteins according to their membranes qualitatively perform with their ability to initiate and create the necessary activities responsible for jump starting electrical activities within the membrane and the discipline with focus on understanding the processes that transfer molecules across membranes at the cellular, molecular, biophysical, and organismal levels. Individuals are invited to learn about the different classes of molecular machines that mediate membrane transport, as well as generate electrical activities according to action and resting potential. Cellular and Molecular Physiology gives a deep dive into the biochemical derivatives that are borne within the cellular and molecular population. |
| Licence Type : | CC BY |